2001 Ford Transit 2.4L Diesel · FP51 XSZ

The most recent DVSA examination on 6 March 2026 resulted in a pass, albeit with a recorded minor defect for an obviously under inflated nearside rear inner tyre alongside an advisory concerning holes in both inner sills. Looking back across the past four years of test history, the maintenance trend is broadly stable from a certification standpoint as each annual test has been passed, but the underlying mechanical condition is demonstrably worsening. Advisories relating to power steering seepage first appeared in 2023 and have recurred at every subsequent test, while a binding nearside rear brake and significant rear brake imbalance were serious enough to cause a fail earlier that same year. A wheel bearing noise advisory in 2025 and the recent structural sill concerns further confirm that, although the vehicle continues to pass, the accumulation and escalation of defects point to an ageing commercial platform requiring close attention rather than complacency. With a recorded odometer reading of 142,836 miles spread across approximately 25 years, this Ford Transit has averaged only around 5,700 miles per year, which is markedly low for a vehicle of this type and vintage. Light commercial vehicles of this age typically accumulate far higher annual mileages, often through regular loading, delivery cycles, or fleet operation, so such a low figure suggests either genuine light use, long periods of standing, possible odometer discrepancies, or simply incomplete recording. Low annual mileage combined with a 25-year calendar age is mechanically significant because many deterioration mechanisms are time-based rather than wear-based. Standing periods encourage brake disc surface corrosion, caliper slide seizure, sticking rear brake mechanisms as evidenced by the 2023 test, and the drying and perishing of rubber components such as tyres, bushes, coolant hoses, and drive belts. The power steering rack and pipework seepage is also consistent with age-related seal degradation rather than high-mileage wear. Given the recurring power steering advisories across three consecutive tests and the previous major failure for a binding rear brake caliper and imbalanced rear axle, a prospective buyer should carry out focused inspections in these areas. On a test drive, listen for any increase in steering effort, a whining or groaning noise from the pump on full lock, and visible drips or wet residue beneath the rack or along the pipes, as well as any hesitation or irregular assistance that may indicate worsening internal seal failure. For the braking system, perform a low-speed rolling stop and confirm both rear wheels rotate freely when released by hand, checking for a binding or dragging sensation, uneven pad wear, or a hot wheel hub after driving which would confirm the earlier imbalance has not returned. A firm brake pedal pulse or shudder under light application may also indicate disc warping from corrosion pitting, a common issue on lightly used vehicles. Finally, given the structural advisories and minor defect recorded at the most recent test, the vehicle should be placed on a ramp for a thorough visual examination of both inner sills and the offside front chassis leg within 30cm of any body mounting point, looking for advanced perforation, flaking scale, or repair patches that could compromise rigidity. The under inflated tyre noted at the latest test should prompt a check of all four tyres and the spare for age-related sidewall cracking and perishing, confirming the DOT date code and ensuring none are older than around six years regardless of tread depth. The 12 volt battery should be load tested as vehicles standing for extended periods frequently suffer from sulphation and reduced capacity. Time-based servicing items must also be verified including the age of the coolant, brake fluid, engine oil, and the condition of timing belt components if fitted with a belt driven camshaft, all of which degrade with calendar age irrespective of the odometer reading. Service book stamps, previous invoices, and any corrosion treatment history would be highly relevant to confirm whether the structural advisories have been properly monitored over time.